/*

 *  Txtr_Math.h

 *

 *   09/06/94   RDD     Copied from EscherMath.h.

 *   09/20/95   RDD     Cleanup.

 */

#ifndef _HTxtr_Math

#define _HTxtr_Math

/* This is a workaroundÉ */

#ifdef kQ3RealZero

    #undef kQ3RealZero

    #define kQ3RealZero         ((float)1.19209290e-07)         

#endif

/******************************************************************************

 **                                                                          **

 **                         Miscellaneous Functions                          **

 **                                                                          **

 *****************************************************************************/

#define uMath_DegreesToRadians(x)   ((x) *  kQ3Pi / 180.0)

#define uMath_RadiansToDegrees(x)   ((x) * 180.0 / kQ3Pi)

#define uMath_Ceil(x)           ((float)ceil((double)(x)))

#define uMath_Floor(x)          ((float)floor((double)(x)))

#define uMath_Min(x,y)          ((x) <= (y) ? (x) : (y))

#define uMath_Max(x,y)          ((x) >= (y) ? (x) : (y))

#define uMath_Fabs(x)           ((float)fabs((double)(x)))

#define uMath_Abs(x)            ((long)fabs((double)(x)))

#define uMath_Pow(x,y)          ((float)pow((double)(x),(double)(y)))

#define uMath_Sqrt(x)           ((float)sqrt((double)(x)))

#define uMath_Fmod(x,y)         ((float)fmod((double)(x),(double)(y)))

#define uMath_Frexp(x,nPtr)     ((float)frexp((double)(x),(int *)(nPtr)))

#define uMath_Ldexp(x,n)        ((float)ldexp((double)(x),(int)(n)))

#define uMath_Log10(x)          ((float)log10((double)(x))) 

#define uMath_Modf(x,nPtr)      ((float)modf((double)(x),(double *)(nPtr)))

#define uMath_Exp(x)            ((float)exp((double)(x)))

#define uMath_Log(x)            ((float)log((double)(x)))

/******************************************************************************

 **                                                                          **

 **                         Trigonometric Functions                          **

 **                                                                          **

 *****************************************************************************/

#define uMath_Sin(x)            ((float)sin((double)(x)))

#define uMath_Cos(x)            ((float)cos((double)(x)))

#define uMath_Tan(x)            ((float)tan((double)(x)))

#define uMath_Asin(x)           ((float)asin((double)(x)))

#define uMath_Acos(x)           ((float)acos((double)(x)))

#define uMath_Atan(x)           ((float)atan((double)(x)))

#define uMath_Atan2(x,y)        ((float)atan2((double)(x),(double)(y)))

#define uMath_Sinh(x)           ((float)sinh((double)(x)))

#define uMath_Cosh(x)           ((float)cosh((double)(x)))

#define uMath_Tanh(x)           ((float)tanh((double)(x)))

#define uMath_Sin_Deg(x)        ((float)sin((double)Q3Math_DegreesToRadians((x))))

#define uMath_Cos_Deg(x)        ((float)cos((double)Q3Math_DegreesToRadians((x))))

#define uMath_Tan_Deg(x)        ((float)tan((double)Q3Math_DegreesToRadians((x))))

#define uMath_Asin_Deg(x)       ((float)Q3Math_RadiansToDegrees(asin((double)(x))))

#define uMath_Acos_Deg(x)       ((float)Q3Math_RadiansToDegrees(acos((double)(x))))

#define uMath_Atan_Deg(x)       ((float)Q3Math_RadiansToDegrees(atan((double)(x))))

#define uMath_Atan2_Deg(x,y)    ((float)Q3Math_RadiansToDegrees(atan2((double)(x),(double)(y))))

#define uMath_Sinh_Deg(x)       ((float)sinh((double)Q3Math_DegreesToRadians((x))))

#define uMath_Cosh_Deg(x)       ((float)cosh((double)Q3Math_DegreesToRadians((x))))

#define uMath_Tanh_Deg(x)       ((float)tanh((double)Q3Math_DegreesToRadians((x))))

#endif /* _HTxtr_Math */